CN203360189U - Novel multifunctional water purifier - Google Patents
Novel multifunctional water purifier Download PDFInfo
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- CN203360189U CN203360189U CN 201320365128 CN201320365128U CN203360189U CN 203360189 U CN203360189 U CN 203360189U CN 201320365128 CN201320365128 CN 201320365128 CN 201320365128 U CN201320365128 U CN 201320365128U CN 203360189 U CN203360189 U CN 203360189U
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Abstract
The utility model discloses a novel multifunctional water purifier. The water purifier comprises a water inlet pipe, a water outlet pipe, a mixer connected onto the water outlet pipe, a first pipeline accessed to the water inlet pipe via a first electromagnetic valve and a second pipeline accessed to the water inlet pipe via a second electromagnetic valve, as well as first to fourth filter cores and an ozone device, wherein the first pipeline and the second pipeline are respectively connected to the water outlet pipe via the mixer; the first to fourth filter cores and the ozone device are sequentially communicated, and are connected and accessed to the second pipeline; the water inlet of the first filter core is communicated with the second electromagnetic valve; the water outlet of the fourth filter core is communicated with the mixer; the ozone device is connected to the mixer via a one-way valve. The novel multifunctional water purifier, disclosed by the embodiment of the utility model, can remove bacteria, viruses, organic substances and heavy metal ions in water, lower water hardness, enhance water activity, kill bacteria on the filter cores and the pipelines of the water purifier, purify indoor air, and clean and sterilize vegetables and fruits, thereby further lowering consumers' use cost.
Description
Technical field
The utility model relates to the water-purifying machine field, relates in particular to a kind of Multifucntional water-purifying machine.
Background technology
The filter core that existing water-purifying machine is used has the PP filter cotton usually, activated carbon, and energy filter core and RO reverse osmosis filter core etc., there is technical problem in various degree in above-mentioned filter core, for example:
1, existing water-purifying machine can not both solve the bacterium in filter core or pipeline was carried out to sterilization, retained again the technical problem of water mineral.
2. general filter core can only filter tiny particle in water, filters not thorough; The ultrafine particulate of RO reverse osmosis filter core in can filtration fraction water, but can not filter bacterium and virus, without mineral substance, unsuitable long-term drinking.
3, need often to change filter material, work-ing life is low.
4, the function singleness of existing water-purifying machine, do not have micro-electrolytic water, wash by active-oxygen-water, fruits and vegetables sterilization, the functions such as purifying air.
The utility model content
Technical problem to be solved in the utility model is, a kind of Multifucntional water-purifying machine is provided, and can remove bacterium, virus, organism and heavy metal ion in water; Can reduce water hardness, strengthen the activity of water; Can eliminate bacterium on the interior filter core of water-purifying machine and pipeline, purify the air of a room, clean the functions such as fruits and vegetables sterilization; Further reduce human consumer's use cost.
In order to solve the problems of the technologies described above, the utility model embodiment provides a kind of Multifucntional water-purifying machine, comprise: water inlet pipe, rising pipe, be connected to the mixing tank on rising pipe, by the first pipeline of the first magnetic valve access water inlet pipe and by the second pipeline of the second magnetic valve access water inlet pipe, the first pipeline and the second pipeline are connected to rising pipe by mixing tank respectively, the Multifucntional water-purifying machine also comprises: conducting the first filter core of access the second pipeline that is connected successively, the second filter core, the 3rd filter core and the 4th filter core, the water-in of the first filter core is communicated with the second magnetic valve, the water outlet of the 4th filter core is communicated with mixing tank, the Multifucntional water-purifying machine also comprises: ozone equipment, and ozone equipment is connected to mixing tank by a check valve, and ozone equipment is communicated with a venting port.
Wherein, the first filter core and the second filter core are the electrolysis filter core, and the 3rd filter core is activated carbon cartridge, and the 4th filter core is ultra-filtration element.
Wherein, the electrolysis filter core comprises: housing, be fastened on the filter core top cover on housing and carry out fastening electrolyzer by housing and filter core top cover respectively; There is certain distance between the inner casing of housing and electrolyzer and be formed with the liquid communication passage, offer the prosopyle be connected with the liquid communication passage on the inner casing of electrolyzer, the water entered in the liquid communication passage is entered the inside of electrolyzer by prosopyle, the electrolysis filter core is provided with wastewater outlet; Electrolyzer at least comprises: the first negative pole bar and the first negative plate be connected with the first negative pole bar; The second negative pole bar and the second negative plate be connected with the second negative pole bar; And anodal bar and the positive plate be connected with anodal bar, wherein: the first negative plate is located at the both sides of positive plate and maintains a certain distance with positive plate, and the second negative plate is located at the both sides of the first negative plate and maintains a certain distance with the first negative plate; The water that enters electrolyzer inside is flowed out by posticum after the electrolysis of the first negative plate, the second negative plate and positive plate, and the incrustation scale of formation is discharged by wastewater outlet.
Wherein, the voltage of the first negative plate and the second negative plate is made as difference.
Wherein, the filter core top cover at least comprises the water-in be connected on the liquid communication passage and the water outlet be connected with posticum, and wherein: water-in and water outlet are located at an end of electrolysis filter core, and prosopyle and wastewater outlet are located at the other end of electrolysis filter core; The filter core top cover at least comprises the fixed orifices in order to fastening anodal bar, the first negative pole bar and the second negative pole bar.
Wherein, the bottom of housing is provided with one in order to locate the locating slot of wastewater outlet, is provided with first rubber cushion in order to sealing between wastewater outlet and locating slot, and the first rubber cushion is socketed in the periphery of wastewater outlet; The top of electrolyzer is provided with one in order to seal the second rubber cushion of posticum and filter core top cover.
Wherein, the first negative plate comprises respectively with the second negative plate the electrolytic strip of being made by titanium alloy material that two bendings are connected, positive plate is located between two electrolytic strips of the first negative plate, and two electrolytic strips of the second negative plate are located at respectively the outside of two electrolytic strips of the first negative plate.
Wherein, positive plate equates at a distance of the distance between two electrolytic strips of the first negative plate respectively; Two electrolytic strips of the first negative plate equate at a distance of the distance between two electrolytic strips of the second negative plate respectively.
Wherein, the first negative pole bar, the second negative pole bar and anodal bar are arranged on the same end that the first negative plate, the second negative plate and positive plate are fastened.
Wherein, inner casing comprises that two ends are provided with the first housing of opening, and the second housing that is connected to the first housing one opening end, and an end of the second housing narrows, and wastewater outlet and prosopyle are located on the second housing.
Implement the utility model embodiment Multifucntional water-purifying machine, have following beneficial effect: open the second magnetic valve, make the first magnetic valve keep closing, electrolysis filter core and ozone equipment are worked simultaneously; Close the second magnetic valve, the first magnetic valve is stayed open, the electrolysis filter core is not worked, and ozone equipment work can be used micro electrolysis tech to remove bacterium and virus in water, removes organism and heavy metal ion in water; Can further reduce water hardness, strengthen the activity of water, eliminate bacterium on the interior filter core of water-purifying machine and pipeline, more nutrition of water out; Can use ozone equipment to clean fruits and vegetables sterilization, and can be by negative ion and the indoor air of ozone purification.
The accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, below will the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
The structured flowchart that Fig. 1 is the utility model embodiment Multifucntional water-purifying machine.
The structural representation at the first visual angle that Fig. 2 is the utility model embodiment Multifucntional water-purifying machine.
The structural representation at the second visual angle that Fig. 3 is the utility model embodiment Multifucntional water-purifying machine.
The explosion structural representation that Fig. 4 is electrolysis filter core in the utility model embodiment Multifucntional water-purifying machine.
Fig. 5 is the cross-sectional view after the assembling of electrolysis filter core in the utility model embodiment Multifucntional water-purifying machine.
The plan structure schematic diagram that Fig. 6 is the filter core top cover of electrolysis filter core in the utility model embodiment Multifucntional water-purifying machine.
The first orthographicprojection structural representation that Fig. 7 is the electrolyzer of electrolysis filter core in the utility model embodiment Multifucntional water-purifying machine.
The second orthographicprojection structural representation that Fig. 8 is the electrolyzer of electrolysis filter core in the utility model embodiment Multifucntional water-purifying machine.
The 3rd orthographicprojection structural representation that Fig. 9 is the electrolyzer of electrolysis filter core in the utility model embodiment Multifucntional water-purifying machine.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described.
In conjunction with referring to Fig. 1-Fig. 9, be the embodiment mono-of the utility model Multifucntional water-purifying machine.
Referring to Fig. 1, structural representation for the present embodiment Multifucntional water-purifying machine, it comprises water inlet pipe L1, rising pipe L2, is connected to the mixing tank 99 on rising pipe L2, the second pipeline L12 that accesses the first pipeline L11 of water inlet pipe L1 and pass through the second electromagnetism 92 valves access water inlet pipe L1 by the first magnetic valve 91, and the first pipeline L11 and the second pipeline L12 are connected to rising pipe L2 by mixing tank 99 respectively.
Further, the Multifucntional water-purifying machine also comprises: conducting the first filter core 100, the second filter core 200, the 3rd filter core 300 and the 4th filter core 400 of access the second pipeline L12 that be connected successively, the water-in 31(of the first filter core 100 is referring to Fig. 6) with the second magnetic valve 92, be communicated with, the water outlet 93 of the 4th filter core 400 is communicated with mixing tank 99.
Further, the Multifucntional water-purifying machine also comprises: ozone equipment 95, and wherein: ozone equipment 95 is connected to mixing tank 99 by a check valve 94, and ozone equipment 95 is communicated with a venting port 96.
During concrete enforcement, in conjunction with referring to shown in Fig. 2 and Fig. 3, wherein: the first filter core 100 is the electrolysis filter core, and the 3rd filter core 300 is activated carbon cartridge, and the second filter core 200 and the 4th filter core 400 are ultra-filtration element.
When control is opened the second magnetic valve 92, the first magnetic valves 91 and kept closing, the first pipeline L11 closes, the second pipeline L12 conducting.Entered the water of water-purifying machine by water inlet pipe L1 through electrolysis filter core 100,200, the ozone that the water after activated carbon cartridge 300 and ultra-filtration element 400 are processed produces by mixing tank 99 and ozone equipment 95 is mixed.Wherein, because ozone equipment 95 connects mixing tank 99 by check valve 94, check valve 94 can stop, and the water in the second pipeline L12 enters ozone equipment.The effect of mixing tank 99 is mixed with ozone the water after electrolytic filter, absorption, realizes that the micro electrolysis tech that can use of Multifucntional water-purifying machine is removed bacterium and virus in water, removes organism and heavy metal ion in water; Can further reduce water hardness, strengthen the activity of water, eliminate bacterium on the interior filter core of water-purifying machine and pipeline, make to purify more nutrition of water out.
Close the second magnetic valve 92, the first magnetic valves 91 while staying open when control, the first pipeline L11 opens, and the second pipeline L12 closes.Electrolysis filter core 100,200 is not worked, and there is no the water process in the second pipeline L12.The water that is entered water-purifying machine by water inlet pipe L1 is directly mixed by the ozone of mixing tank 99 and ozone equipment 95 generations by the first pipeline L11, can use ozone equipment 95 to clean fruits and vegetables sterilizations.
When the first magnetic valve 91 and the second magnetic valve 92 are closed in control, the first pipeline L11 and the second pipeline L12 close simultaneously, but the ozone that ozone equipment 95 produces still can be discharged by rising pipe L2 by check valve 94 and mixing tank 99, can be by negative ion and the indoor air of ozone purification.
Below describe structure, principle of work and the application on the Multifucntional water-purifying machine of electrolysis filter core in detail.
Referring to Fig. 4, it is the explosion structural representation of the utility model electrolysis filter core.Integrated electrolysis filter core in the present embodiment comprises: housing 2, be fastened on the filter core top cover 3 on housing 2 and carry out fastening electrolyzer 11 by housing 2 and filter core top cover 3 respectively.
Electrolyzer 11 at least comprises: the first negative pole bar 111 and the first negative plate 112 be connected with the first negative pole bar 111; The second negative pole bar 113 and the second negative plate 114 be connected with the second negative pole bar 113; And anodal bar 115 and the positive plate 116 be connected with anodal bar 115, wherein: the first negative plate 112 is located at the both sides of positive plate 116 and maintains a certain distance with positive plate 116, and the second negative plate 114 is located at the both sides of the first negative plate 112 and maintains a certain distance with the first negative plate 112;
In conjunction with referring to Fig. 7-Fig. 9, it is the orthographicprojection structural representation of the electrolyzer of the utility model integrated electrolysis filter core.Wherein, the first negative plate 112 comprises respectively with the second negative plate 114 electrolytic strip 112a, the 112b, 114a and the 114b that are made by titanium alloy material that two bendings are connected, electrolytic strip 112a, 112b are parallel to each other, electrolytic strip 114a, 114b are parallel to each other, positive plate 116 is located between two electrolytic strip 112a, the 112b of the first negative plate 112, and two electrolytic strip 114a, the 114b of the second negative plate are located at respectively two electrolytic strip 112a of the first negative plate 112, the outside of 112b.
The first negative pole bar 111 is connected to two electrolytic strip 112a, the connected junction of 112b, the second negative pole bar 113 is connected to two electrolytic strip 114a, the connected junction of 114b, anodal bar 115 is connected on the distolateral edge of positive plate 116, positive plate 116 upside as shown in the figure is fastened with electrolytic strip 112b and electrolytic strip 114a by bolt 117, and the opposite side of positive plate 116 is fastened with electrolytic strip 112a, 114b by bolt 117.
During concrete enforcement, electrolyzer 11 energisings, the water that enters electrolyzer 11 inside is discharged after the electrolysis of the first negative plate 112, the second negative plate 114 and positive plate 116.In this process, electrolytic strip can improve the activity of water molecules by the effect of micro-electrolysis, can generate the oxidizing substance that a large amount of activity are strong, kill the germ in water body, carcinogenic, teratogenesis organism by force in the oxidation water body, can remove heavy metal ion in water body and Ca, Mg plasma by the effect of micro-galvanic deposit and micro-air supporting flocculation simultaneously, finally reach the comprehensive purpose of improving water quality.
Further, electrolyzer 11 mainly utilizes chlorion residual in water body, produce a large amount of active oxidation materials by micro-electrolytic action, thereby reach the purpose of improving water quality, for example: the hypochlorous acid generated in above-mentioned chemical reaction, Sauerstoffatom, hydrogen peroxide isoreactivity material have strong oxidation characteristic, the organic polymers such as the bacterium protein of the oxidable bacterium of hypochlorous acid, nucleic acid and enzyme, thereby killing microorganism; Sauerstoffatom can make cell can destroy the glucose function of bacterium, causes bacterium death; The electric microfield formed between the filter core pole plate also can directly act on bacterium, destroys the bacterium tissue, makes its death.
Further, electrolyzer 11 can be removed organism, can be carbonic acid gas and water by organism part complete oxidation in water, reaches the purpose of permineralization, and partial organic substances can be oxidized to degradable low toxicity or nontoxic organism, thereby improves water quality.
Further, electrolyzer 11 can heavy-metal ion removal, for example, in the hypochlorous acid generated in above-mentioned electrolytic reaction, Sauerstoffatom, the oxidable water of hydrogen peroxide isoreactivity material inorganic pollutant, can reduce its solubleness in water body, form with precipitation is separated out from water body, reaches the purpose that reduces water pollution.Also can make pollutent, on the equipment anode and cathode, oxidation-reduction reaction occur by micro-galvanic deposit effect, and, on the pole plate of deposition, reach the purpose that reduces water pollution.
Further, by electrolyzer 11, can also further reduce the hardness of water quality, for example: but the solvability salt in the hydroxyl radical free radical water produced in microelectrolysis process is separated out from water body, water clusters is diminished, the activity of water increases, without water body secondary pollution, safety, environmental protection.
Preferably, positive plate 116 equates at a distance of the distance between two electrolytic strip 112a, the 112b of the first negative plate 112 respectively; Two electrolytic strip 112a, the 112b of the first negative plate 112 equates at a distance of the distance between two electrolytic strip 114a, the 114b of the second negative plate 114 respectively, its effect is to make the water body positive/negative plate of flowing through carry out more fully electrolytic reaction in limited time, reaches better filter effect.
Preferably, the first negative pole bar 111, the second negative pole bar 113 and anodal bar 115 are arranged on the same end that the first negative plate 112, the second negative plate 114 and positive plate 116 are fastened.Its effect is to make the electrolysis filter core compacter, reduces its volume, is convenient to transportation and installs.
During enforcement, the water that enters electrolyzer 11 inside is flowed out by posticum 112 after the electrolysis of the first negative plate 112, the second negative plate 114 and positive plate 116, and the incrustation scale after separating out from water body is discharged by wastewater outlet 125.
12 of the inner casings of housing 2 and electrolyzer 11 have certain distance and are formed with liquid communication passage 4, offer the prosopyle 121 be connected with liquid communication passage 4 on the inner casing 12 of electrolyzer 11, the water entered in liquid communication passage 4 is entered the inside of electrolyzer 11 by prosopyle 121.
Preferably, the voltage of the first negative plate 112 and the second negative plate 114 is made as difference, makes electrolytic strip 112a, 112b, 114a and 114b be not easy scaling, can extend the work-ing life of electrode slice.
Further, filter core top cover 3 at least comprises the water-in 31 be connected on liquid communication passage 4 and the water outlet 32 be connected with posticum, wherein: water-in 31 and water outlet 32 are located at an end of electrolysis filter core, and prosopyle 121 and wastewater outlet 125 are located at the other end of electrolysis filter core.
Preferably, filter core top cover 3 at least comprises the fixed orifices 33 in order to fastening anodal bar 115, the first negative pole bar 111 and the second negative pole bar 113.
Preferably, the bottom of housing 2 is provided with a locating slot 21 in order to locate wastewater outlet 125, is provided with the periphery that first rubber cushion 13, the first rubber cushions 13 in order to sealing are socketed in wastewater outlet 125 between wastewater outlet 125 and locating slot 21.
Preferably, the top of electrolysis filter core is provided with one in order to seal the second rubber cushion 14 of posticum 121 and filter core top cover 3.
As shown in Figure 5, be the cross-sectional view after the assembling of the utility model embodiment electrolysis filter core.Wherein, the water inlet direction that in diagram, arrow X is the electrolysis filter core and the flow direction of current, enter the prosopyle 121 that not tap water in the electrolysis filter core is communicated with by circulation passage 4 bottoms and enter in electrolyzer 11, and ionized by the positive/negative plate of electrolyzer 11.
11 pairs of water bodys of electrolyzer carry out a solution, can improve the activity of water molecules, and generate a large amount of active strong oxidizing substances, kill the germ in water body, carcinogenic, the teratogenesis organism by force in the oxidation water body.Simultaneously, effect by micro-galvanic deposit and micro-air supporting flocculation can be removed the heavy metal ion in water body, can also produce a large amount of active oxidation materials by micro-electrolytic action, in this process, electrolyzer 11 can be removed organism, heavy-metal ion removal, thus water quality improved, reach the purpose that reduces water pollution.Water through purifying is discharged by the direction of diagram arrow Y, and the incrustation scale produced in microelectrolysis process is discharged by the wastewater outlet 125 of the direction of diagram arrow Z.
In other embodiments, in electrolyzer 11, arranging of pole plate can need according to actual use to adjust, for example: a negative plate and two positive plates can be set, by the voltage difference between two-plate, water body is ionized to purification, for another example: the quantity of positive plate and negative plate also can be adjusted according to actual needs, and two negative plates in above-mentioned embodiment are also widenable to four negative plates or eight negative plates; And, in the embodiment of polylith positive plate, positive plate also can be set to four or eight, do not change the essence of the utility model electrolysis filter core, embodiment is identical, repeats no more.
Implement Multifucntional water-purifying machine of the present utility model, have following beneficial effect, open the second magnetic valve, make the first magnetic valve keep closing, electrolysis filter core and ozone equipment are worked simultaneously; Close the second magnetic valve, the first magnetic valve is stayed open, the electrolysis filter core is not worked, and ozone equipment work can be used micro electrolysis tech to remove bacterium and virus in water, removes organism and heavy metal ion in water; Can further reduce water hardness, strengthen the activity of water, eliminate bacterium on the interior filter core of water-purifying machine and pipeline, more nutrition of water out; Can use ozone equipment to clean fruits and vegetables sterilization, and can be by negative ion and the indoor air of ozone purification.
Above disclosed is only a kind of preferred embodiment of the utility model, certainly can not limit with this interest field of the utility model, and the equivalent variations of therefore doing according to the utility model claim, still belong to the scope that the utility model is contained.
Claims (10)
1. a Multifucntional water-purifying machine, it is characterized in that, comprise: water inlet pipe, rising pipe, be connected to mixing tank on described rising pipe, by the first magnetic valve, access the first pipeline of described water inlet pipe and the second pipeline that accesses described water inlet pipe by the second magnetic valve, described the first pipeline and described the second pipeline are connected to described rising pipe by described mixing tank respectively;
Described Multifucntional water-purifying machine also comprises: conducting the first filter core, the second filter core, the 3rd filter core and the 4th filter core of described the second pipeline of access that be connected successively, the water-in of described the first filter core is communicated with described the second magnetic valve, and the water outlet of described the 4th filter core is communicated with described mixing tank;
Described Multifucntional water-purifying machine also comprises: ozone equipment, and described ozone equipment is connected to described mixing tank by a check valve, and described ozone equipment is communicated with a venting port.
2. Multifucntional water-purifying machine as claimed in claim 1, is characterized in that, described the first filter core and described the second filter core are the electrolysis filter core, and described the 3rd filter core is activated carbon cartridge, and described the 4th filter core is ultra-filtration element.
3. Multifucntional water-purifying machine as claimed in claim 2, is characterized in that, described electrolysis filter core comprises: housing, be fastened on the filter core top cover on described housing and carry out fastening electrolyzer by described housing and described filter core top cover respectively; There is certain distance between the inner casing of described housing and described electrolyzer and be formed with the liquid communication passage, offer the prosopyle be connected with described liquid communication passage on the inner casing of described electrolyzer, the water entered in described liquid communication passage is entered the inside of described electrolyzer by described prosopyle, described electrolysis filter core is provided with wastewater outlet;
Described electrolyzer at least comprises: the first negative pole bar and the first negative plate be connected with described the first negative pole bar; The second negative pole bar and the second negative plate be connected with described the second negative pole bar; And anodal bar and the positive plate be connected with described anodal bar, wherein: described the first negative plate is located at the both sides of described positive plate and maintains a certain distance with described positive plate, and described the second negative plate is located at the both sides of described the first negative plate and maintains a certain distance with described the first negative plate;
The water that enters described electrolyzer inside is flowed out by described posticum after the electrolysis of described the first negative plate, described the second negative plate and described positive plate, and the incrustation scale of formation is discharged by described wastewater outlet.
4. Multifucntional water-purifying machine as claimed in claim 3, is characterized in that, the voltage of described the first negative plate and described the second negative plate is made as difference.
5. Multifucntional water-purifying machine as described as claim 3 or 4, it is characterized in that, described filter core top cover at least comprises the water outlet that is connected to the water-in on described liquid communication passage and is connected with described posticum, wherein: described water-in and described water outlet are located at an end of described electrolysis filter core, and described prosopyle and described wastewater outlet are located at the other end of described electrolysis filter core;
Described filter core top cover at least comprises the fixed orifices in order to fastening described anodal bar, described the first negative pole bar and described the second negative pole bar.
6. Multifucntional water-purifying machine as claimed in claim 5, it is characterized in that, the bottom of described housing is provided with one in order to locate the locating slot of described wastewater outlet, be provided with first rubber cushion in order to sealing between described wastewater outlet and described locating slot, described the first rubber cushion is socketed in the periphery of described wastewater outlet;
The top of described electrolyzer is provided with one in order to seal the second rubber cushion of described posticum and described filter core top cover.
7. Multifucntional water-purifying machine as claimed in claim 3, it is characterized in that, described the first negative plate comprises respectively with described the second negative plate the electrolytic strip of being made by titanium alloy material that two bendings are connected, described positive plate is located between two electrolytic strips of described the first negative plate, and two electrolytic strips of described the second negative plate are located at respectively the outside of two electrolytic strips of described the first negative plate.
8. Multifucntional water-purifying machine as claimed in claim 7, is characterized in that, described positive plate equates at a distance of the distance between two electrolytic strips of described the first negative plate respectively;
Two electrolytic strips of described the first negative plate equate at a distance of the distance between two electrolytic strips of described the second negative plate respectively.
9. Multifucntional water-purifying machine as claimed in claim 7, is characterized in that, described the first negative pole bar, described the second negative pole bar and described anodal bar are arranged on the same end that described the first negative plate, described the second negative plate and described positive plate are fastened.
10. Multifucntional water-purifying machine as claimed in claim 7, it is characterized in that, described inner casing comprises that two ends are provided with the first housing of opening, and the second housing that is connected to described the first housing one opening end, one end of described the second housing narrows, and described wastewater outlet and described prosopyle are located on described the second housing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320365128 CN203360189U (en) | 2013-06-25 | 2013-06-25 | Novel multifunctional water purifier |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320365128 CN203360189U (en) | 2013-06-25 | 2013-06-25 | Novel multifunctional water purifier |
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| CN203360189U true CN203360189U (en) | 2013-12-25 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108249637A (en) * | 2016-12-29 | 2018-07-06 | 深圳安吉尔饮水产业集团有限公司 | It is electrolysed soft water system and water purifier |
| CN108408993A (en) * | 2018-03-09 | 2018-08-17 | 天津阳光新线科技发展有限公司 | Big water body natural water water purification system |
-
2013
- 2013-06-25 CN CN 201320365128 patent/CN203360189U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108249637A (en) * | 2016-12-29 | 2018-07-06 | 深圳安吉尔饮水产业集团有限公司 | It is electrolysed soft water system and water purifier |
| CN108408993A (en) * | 2018-03-09 | 2018-08-17 | 天津阳光新线科技发展有限公司 | Big water body natural water water purification system |
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Granted publication date: 20131225 Termination date: 20160625 |
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| CF01 | Termination of patent right due to non-payment of annual fee |